The Paleogene succession of the Helmstedt Lignite Mining District in Northern Germany
includes coastal peat mire records from the latest Paleocene to the middle Eocene at the …

Tropical climates reached their northernmost expansion during the early Paleogene
greenhouse phase, supporting a paratropical biota as far north as the southern shore of the …

Terrestrialization stages of mire vegetation are important to Dutch nature conservancy
because of high biodiversity, particularly of base-rich fens. In recent turbaries …

Plant macrofossil remains have been analysed from two raised peat bogs in northern
Germany and Denmark. The quantified vegetation reconstructions of each profile were …

The early Paleogene is marked by multiple negative carbon isotope excursions (CIEs) that
reflect massive short-term carbon cycle perturbations that coincide with significant warming …

A peat core from the Barschpfuhl kettlehole mire in north-east Germany was analysed for
multiproxy indicators (plant macrofossils, pollen/non-pollen microfossils, testate amoebae …

This thesis deals with the Holocene development of palsa mires in continental Europe,
especially permafrost dynamics and its consequences on vegetation succession and peat …

We reconstructed the Holocene developmental history of a kettle-hole peatland in the
Tuchola Forest of Northern Poland, using pollen, testat amoebae and plant macrofossil …

Peat deposits from an ombrotrophic bog (north-eastern Poland) were analysed to
reconstruct peatland development and environmental changes. This paper presents …

Minerotrophic fens and ombrotrophic bogs differ in their nutrient status, hydrology,
vegetation and carbon dynamics, and their geographical distribution is linked to various …